XU Jiu-qiang， LU Suo， LIU Zheng， ZHAO Hai. Evolution Analysis of Standard Structure Entropy and Degree of Software Macro-topology[J]. Journal of Northeastern University:Natural Science, 2013, 34(1): 40-44.
[1]Valverde S，Cancho R F.Scale free networks from optimal design［J］.Europhysics Letter，2002，60:512-517. [2]Lian W，Kirk D，Dromey R G.Software systems as complex networks［C］//Cognitive Informatics，the 6th IEEE International Conference.Lake Tahoo:IEEE Computer Society，2007:106-115. [3]Mens T，Magee J，Rumpe B.Evolving software architecture descriptions of critical systems［J］.IEEE Computer，2010，43(5):42-48. [4]Berzins V，Harn M，Qi LU，et al，A formal model for software evolution［C］//3rd International Conference on Computational Intelligence and Multimedia Applications ICCIMA’99.New Delhi，1999:143-147. [5]Hu H.Software evolution based on software architecture［C］//The 4th International Conference on Computer and Information Technology，CIT’04.Hangzhou，2004:1092-1097. [6]Kalpana J，Arvinder K.Effect of software evolution on software metrics:an open source case study［J］.ACM SIGSOFT Software Engineering Notes，2011，36(5):1-8. [7]Lehman M M，Ramil UF，Wernick P D，et al.Metrics and laws of software evolution-The nineties view［C］//The 4th International Software Metrics Symposium.Albuquerque，NM，1997:20-32. [8]Xie G W，Chen J B，Neamtiu I.Towards a better understanding of software evolution_an empirical study on open-source software［C］//The 25th IEEE International Conference on Software Maintenance.Alberta，2009:51-60. [9]王林，张婧婧.复杂网络的中心化［J］.复杂系统与复杂性科学，2006，3(1):13-20.(Wang Lin，Zhang Jing-jing.Centralization of Complex Networks［J］.Complex Systems and Complexity Science，2006，3(1):13-20). [10]谭跃进，吴俊.网络结构熵及其在非标度网络中的应用［J］.系统工程理论与实践，2004(6):1-3.(Tan Yue-jin，Wu Jun.Network structure entropy and its application to scale-free networks［J］.Systems Engineering Theory and Practice，2004(6):1-3.)
